§ 60.488 40 CFR Ch. I (7±1±97 Edition) paragraphs (a) through (c) of this sec- CAS No. a Chemical tion, provided that they comply with 75±05±8 ............. Acetonitrile. the requirements established by the 98±86±2 ............. Acetophenone. State. 75±36±5 ............. Acetyl chloride. 74±86±2 ............. Acetylene. [48 FR 48335, Oct. 18, 1983, as amended at 49 107±02±8 ........... Acrolein. FR 22608, May 30, 1984] 79±06±1 ............. Acrylamide. 79±10±7 ............. Acrylic acid. § 60.488 Reconstruction. 107±13±1 ........... Acrylonitrile. 124±04±9 ........... Adipic acid. For the purposes of this subpart: 111±69±3 ........... Adiponitrile. (a) The cost of the following fre- (b) ....................... Alkyl naphthalenes. 107±18±6 ........... Allyl alcohol. quently replaced components of the fa- 107±05±1 ........... Allyl chloride. cility shall not be considered in cal- 1321±11±5 ......... Aminobenzoic acid. culating either the ``fixed capital cost 111±41±1 ........... Aminoethylethanolamine. of the new components'' or the ``fixed 123±30±8 ........... p-Aminophenol. 628±63±7, 123± Amyl acetates. capital costs that would be required to 92±2. construct a comparable new facility'' 71±41±0 c ........... Amyl alcohols. under § 60.15: pump seals, nuts and 110±58±7 ........... Amyl amine. 543±59±9 ........... Amyl chloride. bolts, rupture disks, and packings. 110±66±7 c ......... Amyl mercaptans. (b) Under § 60.15, the ``fixed capital 1322±06±1 ......... Amyl phenol. cost of new components'' includes the 62±53±3 ............. Aniline. 142±04±1 ........... Aniline hydrochloride. fixed capital cost of all depreciable 29191±52±4 ....... Anisidine. components (except components speci- 100±66±3 ........... Anisole. fied in § 60.488 (a)) which are or will be 118±92±3 ........... Anthranilic acid. replaced pursuant to all continuous 84±65±1 ............. Anthraquinone. 100±52±7 ........... Benzaldehyde. programs of component replacement 55±21±0 ............. Benzamide. which are commenced within any 2- 71±43±2 ............. Benzene. year period following the applicability 98±48±6 ............. Benzenedisulfonic acid. 98±11±3 ............. Benzenesulfonic acid. date for the appropriate subpart. (See 134±81±6 ........... Benzil. the ``Applicability and designation of 76±93±7 ............. Benzilic acid. affected facility'' section of the appro- 65±85±0 ............. Benzoic acid. priate subpart.) For purposes of this 119±53±9 ........... Benzoin. 100±47±0 ........... Benzonitrile. paragraph, ``commenced'' means that 119±61±9 ........... Benzophenone. an owner or operator has undertaken a 98±07±7 ............. Benzotrichloride. continuous program of component re- 98±88±4 ............. Benzoyl chloride. 100±51±6 ........... Benzyl alcohol. placement or that an owner or operator 100±46±9 ........... Benzylamine. has entered into a contractual obliga- 120±51±4 ........... Benzyl benzoate. tion to undertake and complete, within 100±44±7 ........... Benzyl chloride. a reasonable time, a continuous pro- 98±87±3 ............. Benzyl dichloride. 92±52±4 ............. Biphenyl. gram of component replacement. 80±05±7 ............. Bisphenol A. 10±86±1 ............. Bromobenzene. [49 FR 22608, May 30, 1984] 27497±51±4 ....... Bromonaphthalene. 106±99±0 ........... Butadiene. § 60.489 List of chemicals produced by 106±98±9 ........... 1-butene. affected facilities. 123±86±4 ........... n-butyl acetate. 141±32±2 ........... n-butyl acrylate. The following chemicals are pro- 71±36±3 ............. n-butyl alcohol. duced, as intermediates or final prod- 78±92±2 ............. s-butyl alcohol. ucts, by process units covered under 75±65±0 ............. t-butyl alcohol. 109±73±9 ........... n-butylamine. this subpart. The applicability date for 13952±84±6 ....... s-butylamine. process units producing one or more of 75±64±9 ............. t-butylamine. these chemicals is January 5, 1981. 98±73±7 ............. p-tert-butyl benzoic acid. 107±88±0 ........... 1,3-butylene glycol. CAS No. a Chemical 123±72±8 ........... n-butyraldehyde. 107±92±6 ........... Butyric acid. 105±57±7 ........... Acetal. 106±31±0 ........... Butyric anhydride. 75±07±0 ............. Acetaldehyde. 109±74±0 ........... Butyronitrile. 107±89±1 ........... Acetaldol. 105±60±2 ........... Caprolactam. 60±35±5 ............. Acetamide. 75±1±50 ............. Carbon disulfide. 103±84±4 ........... Acetanilide. 558±13±4 ........... Carbon tetrabromide. 64±19±7 ............. Acetic acid. 56±23±5 ............. Carbon tetrachloride. 108±24±7 ........... Acetic anhydride. 9004±35±7 ......... Cellulose acetate. 67±64±1 ............. Acetone. 79±11±8 ............. Chloroacetic acid. 75±86±5 ............. Acetone cyanohydrin. 108±42±9 ........... m-chloroaniline. 338 Environmental Protection Agency § 60.489 CAS No. a Chemical CAS No. a Chemical 95±51±2 ............. o-chloroaniline. 75±37±6 ............. Difluoroethane. 106±47±8 ........... p-chloroaniline. 25167±70±8 ....... Diisobutylene. 35913±09±8 ....... Chlorobenzaldehyde. 26761±40±0 ....... Diisodecyl phthalate. 108±90±7 ........... Chlorobenzene. 27554±26±3 ....... Diisooctyl phthalate. 118±91±2, 535± Chlorobenzoic acid. 674±82±8 ........... Diketene. 80±8, 74±11± 124±40±3 ........... Dimethylamine. 3 c. 121±69±7 ........... N,N-dimethylaniline. 2136±81±4, Chlorobenzotrichloride. 115±10±6 ........... N,N-dimethyl ether. 2136±89±2, 68±12±2 ............. N,N-dimethylformamide. 5216±25±1c. 57±14±7 ............. Dimethylhydrazine. 1321±03±5 ......... Chlorbenzoyl chloride. 77±78±1 ............. Dimethyl sulfate. 25497±29±4 ....... Chlorodifluoromethane. 75±18±3 ............. Dimethyl sulfide. 75±45±6 ............. Chlorodifluoroethane. 67±68±5 ............. Dimethyl sulfoxide. 67±66±3 ............. Chloroform. 120±61±6 ........... Dimethyl terephthalate. 25586±43±0 ....... Chloronapthalene. 99±34±3 ............. 3,5-dinitrobenzoic acid. 88±73±3 ............. o-chloronitrobenzene. 51±28±5 ............. Dinitrophenol. 100±00±5 ........... p-chloronitrobenzene. 25321±14±6 ....... Dinitrotoluene. 25167±80±0 ....... Chlorophenols. 123±91±1 ........... Dioxane. 126±99±8 ........... Chloroprene. 646±06±0 ........... Dioxilane. 7790±94±5 ......... Chlorosulfonic acid. 122±39±4 ........... Diphenylamine. 108±41±8 ........... m-chlorotoluene. 101±84±8 ........... Diphenyl oxide. 95±49±8 ............. o-chlorotoluene. 102±08±9 ........... Diphenyl thiourea. 106±43±4 ........... p-chlorotoluene. 25265±71±8 ....... Dipropylene glycol. 75±72±9 ............. Chlorotrifluoromethane. 25378±22±7 ....... Dodecene. 108±39±4 ........... m-cresol. 28675±17±4 ....... Dodecylaniline. 95±48±7 ............. o-cresol. 27193±86±8 ....... Dodecylphenol. 106±44±5 ........... p-cresol. 106±89±8 ........... Epichlorohydrin. 1319±77±3 ......... Mixed cresols. 64±17±5 ............. Ethanol. 1319±77±3 ......... Cresylic acid. 141±43±5 c ......... Ethanolamines. 4170±30±0 ......... Crotonaldehyde. 141±78±6 ........... Ethyl acetate. 3724±65±0 ......... Crotonic acid. 141±97±9 ........... Ethyl acetoacetate. 98±82±8 ............. Cumene. 140±88±5 ........... Ethyl acrylate. 80±15±9 ............. Cumene hydroperoxide. 75±04±7 ............. Ethylamine. 372±09±8 ........... Cyanoacetic acid. 100±41±4 ........... Ethylbenzene. 506±77±4 ........... Cyanogen chloride. 74±96±4 ............. Ethyl bromide. 108±80±5 ........... Cyanuric acid. 9004±57±3 ......... Ethylcellulose. 108±77±0 ........... Cyanuric chloride. 75±00±3 ............. Ethyl chloride. 110±82±7 ........... Cyclohexane. 105±39±5 ........... Ethyl chloroacetate. 108±93±0 ........... Cyclohexanol. 105±56±6 ........... Ethylcyanoacetate. 108±94±1 ........... Cyclohexanone. 74±85±1 ............. Ethylene. 110±83±8 ........... Cyclohexene. 96±49±1 ............. Ethylne carbonate. 108±91±8 ........... Cyclohexylamine. 107±07±3 ........... Ethylene chlorohydrin. 111±78±4 ........... Cyclooctadiene. 107±15±3 ........... Ethylenediamine. 112±30±1 ........... Decanol. 106±93±4 ........... Ethylene dibromide. 123±42±2 ........... Diacetone alcohol. 107±21±1 ........... Ethylene glycol. 27576±04±1 ....... Diaminobenzoic acid. 111±55±7 ........... Ethylene glycol diacetate. 95±76±1, 95±82± Dichloroaniline. 110±71±4 ........... Ethylene glycol dimethyl ether. 9, 554±00±7, 111±76±2 ........... Ethylene glycol monobutyl ether. 608±27±5, 112±07±2 ........... Ethylene glycol monobutyl ether acetate. 608±31±1, 110±80±5 ........... Ethylene glycol monoethy ether. 626±43±7, 111±15±9 ........... Ethylene glycol monethyl ether acetate. 27134±27±6, 109±86±4 ........... Ethylene glycol monomethyl ether. 57311±92±9 c. 110±49±6 ........... Ethylene glycol monomethyl ether ace- 541±73±1 ........... m-dichlorobenzene. tate. 95±50±1 ............. o-dichlorobenzene. 122±99±6 ........... Ethylene glycol monophenyl ether. 106±46±7 ........... p-dichlorobenzene. 2807±30±9 ......... Ethylene glycol monopropyl ether. 75±71±8 ............. Dichlorodifluoromethane. 75±21±8 ............. Ethylene oxide. 111±44±4 ........... Dichloroethyl ether. 60±29±7 ............. Ethyl ether 107±06±2 ........... 1,2-dichloroethane (EDC). 104±76±7 ........... 2-ethylhexanol. 96±23±1 ............. Dichlorohydrin. 122±51±0 ........... Ethyl orthoformate. 26952±23±8 ....... Dichloropropene. 95±92±1 ............. Ethyl oxalate. 101±83±7 ........... Dicyclohexylamine. 41892±71±1 ....... Ethyl sodium oxalacetate. 109±89±7 ........... Diethylamine. 50±00±0 ............. Formaldehyde. 111±46±6 ........... Diethylene glycol. 75±12±7 ............. Formamide. 112±36±7 ..........